Mixer and Splitter: Difference between revisions
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=== Liquid Mixing === |
=== Liquid Mixing === |
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Processes that require the mixing of two liquids are very common in many industries. Several factors should be considered when determining the type of mixer needed including the degree of mixing required, if the process is a batch or continuous operation and the properties of the liquids being mixed. There are several methods by which liquid to liquid mixing can be achieved. |
Processes that require the mixing of two liquids are very common in many industries. Several factors should be considered when determining the type of mixer needed including the degree of mixing required, if the process is a batch or continuous operation and the properties of the liquids being mixed. There are several methods by which liquid to liquid mixing can be achieved. |
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#'''Inline Mixing''' Inline mixers are static devices that provide a turbulent environment that [[File:108.jpg|thumb|150x150px]] |
#'''Inline Mixing''' Inline mixers are static devices that provide a turbulent environment that [[File:108.jpg|thumb|none|150x150px]] |
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#'''Stirred Tanks''' [[File:stirredtank.png|none|thumb|150x150px]] |
#'''Stirred Tanks''' [[File:stirredtank.png|none|thumb|150x150px]] |
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#'''Side-entering Agitators'''[[File:side.jpg|thumb|150x150px]] |
#'''Side-entering Agitators'''[[File:side.jpg|thumb|none|150x150px]] |
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== Aspen HYSYS Version 8.0 Simulation== |
== Aspen HYSYS Version 8.0 Simulation== |
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Revision as of 21:43, 6 February 2015
Author: Nicklaus Dotzenrod [2015]
Stewards: Jian Gong and Fengqi You
Introduction
The production of products from chemical processing plants usually involve a variety of mechanical equipment. Distillation columns, reactors, heaters and condensers are some of the most prominent pieces of equipment utilized at production facilities. Mixers and splitters, however, are equally important and play crucial roles in many different types of processes.
Mixers
Mixers play an important role in many different production processes, at the beginning or at the end. Some processes require several feed streams to be properly mixed before a reaction is commenced in a reactor. Other processes require that final products are blended together. Mixers serve to achieve both of these roles. Materials in all physical states are capable of being mixed together, whether it is gas mixing, liquid mixing, gas-liquid mixing or solid-liquid mixing.
Gas Mixing
In certain processes, gas to gas mixing is necessary to produce a desire product. This type of mixing is rare, however, as gases have low viscosity making them easy to mix on there own, without the assistance of a mechanical mixer. An example of gas mixing would be the mixing of oxygen, along with other gases to dilute the oxygen to desired compositions. Usually, a long pipe that contains turbulent airflow is sufficient enough to mix gases.
Liquid Mixing
Processes that require the mixing of two liquids are very common in many industries. Several factors should be considered when determining the type of mixer needed including the degree of mixing required, if the process is a batch or continuous operation and the properties of the liquids being mixed. There are several methods by which liquid to liquid mixing can be achieved.
- Inline Mixing Inline mixers are static devices that provide a turbulent environment that
- Stirred Tanks
- Side-entering Agitators
Aspen HYSYS Version 8.0 Simulation
References
1. G.P. Towler, R. Sinnott, Chemical Engineering Design: Principles, Practice and Economics of Plant and Process Design, Elsevier, 2012.
2. Aspen HYSYS. Vers. 8. Bedford: AspenTech, 2014. Computer software.